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Home > Computers & Programming > Shahzad Muzaffar
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Shahzad Muzaffar
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This expert is currently unavailable for sessions. We apologize for any inconvenience caused.
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Expert in:
Computers & Programming
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Rating:
(Read all 1 reviews)
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Languages:
English
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VHDL/verilog, FPGA/CPLD, C/C++/C#, Hardware, Embedded, PCB/Cad, Electronics, Animation3d-2d/Graphics, Documents
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Degrees
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Electrical Engineer (www.shahzadmuzaffar.com)
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My Expert Service
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I am well in the following categories and i feel very comfortable while working in these fields.
- VHDL/Verilog
- FPGA/CPLD
- Embedded systems
- Processors/Controllers
- C/C++/C#
- PCB/CAD
- 3D & 2D Animation and graphics
- Hardware & Electronics
- Documentation
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Experience & Qualifications
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(===www.shahzadmuzaffar.com===)
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Following are some of my work experiences.
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(Employee Based)
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Professional ASIC/FPGA Design Engineer (Team Lead) at Centre for Excellence in FPGA/ASIC Research located at NUST – School of Electrical Engineering and Computer Science, Islamabad in collaboration with Silicon Valley based company Whiz Silicon (University-Engineering Collaboration) on developing Low power IP suite for USB-3.0 funded by ICT(Pakistan) of amount worth PKR 36 million. The list of other projects done is as under:
a. Secure Dial project for securely transmission of speech over telephones on Xilinx Virtex-5 FPGA.
b. AES encryption and Decryption implementation on Xilinx Vertix-5 FPGA in VHDL.
c. ADPCM implementation using Xilinx System generator integrated with Xilinx ISE on Xilinx Vertix-5.
d. High speed DVB-Common Scrambling Algorithm (CSA) implementation on Xilinx Vertix-5 FPGA in VHDL.
e. High speed SHA-1 Security Algorithm implementation on Xilinx Vertix-4 FPGA in VHDL.
f. Power optimization techniques at RTL level to reduce power consumption of FPGA based system designs.
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Employee of an Hardware & Embedded system designing company. Dealing the project from USA company that is making devices for different types that include gas detection etc.
Also was in the project ECLO-II from Germany that is to automate the fast moving trains in EUROPE. That project also includes TDMA implementation as wireless communication.
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(Project Based)
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A - Learning Robo:
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In this project an external and general learning systems based on the latest technologies like FPGA (Xilinx Spartan-3) is developed, implemented and success fully tested (without any interference with the internal circuitry of the Robot) using VHDL. This system interprets and learns the human commands to a ROBOT with which it is interfaced.
The circuit for this purpose must have sufficient and efficient memory system, in order to be the brain of the Robot. This project can be used by all types of users like home, office, and factories, etc.. Especially this can be very useful for disabled people. For example a Robot with this type of circuitry can fetch a glass of water, tea or may guide a blind person to his room, etc.
B - Automation:
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A project that is to make a cheap and reliable system that tracks a number of machines and then stores information on a single computer via serial port communication. A device is developed that tracks the machines and sends info of all machines using a single wire using a serial port communication without data interference and lagging, and counting the total number of socks of each machines too at the same time. It not only automated the system but also reduced the expenses of computers and human power. (ISO certified company)
C - Signal Processing:
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1----Finding the direction and angle of transmitter antenna with respect to three reference receiver antennas that were receiving FM signals. It includes A/D and D/A conversion and samplings and finding FFTs, IFTs, Complex number and their operations, and complex equation calculations and all that done over Xilinx Vertix-4 FPGA integrating different tools of XILINX in order to make it complete project.
2----Generation of 4 sign waves over Xilinx FPGA without using any sine wave as input and capable of shifting any wave according to the user requirement. Sample of these sine waves are not hardcoded but calculated on run time. These waves next were used to change the direction of signal lobs of array antenna.
D - Image Processing:
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PCA algorithm is used to implement the image comparison method using VHDL language over Xilinx Spartan 3E FPGA.
E - Software Defined Radio (in progress):
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This includes Hardware Board design, algorithm implementation over Xilinx FPGA, based on
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Available Modes Of Communication
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email/chat
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Most Recent Client Reviews
(Read all 1 reviews)
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by
FNS
on
Sep 3 2010
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you did really nice work ..
I'll deal with you more and more :)
Thanks man
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(Read all 1 reviews)
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Contact
Shahzad Muzaffar
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